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Anvil Front-End
Data Recording Solution
Anvil is an “All-Digital”
front-end solution to data recording. Based on solid state SDRAM
memory and a completely embedded hardware architecture, Anvil has
been designed to optimally address the most critical stage of real
time data recording: effective capture of sensor streams, ensuring
there is no loss of valuable signal data.
Anvil’s embedded
hardware architecture and large capacity of high throughput, dual
access SDRAM memory nodes are optimally designed to capture sensor
data, rate buffer and then transfer it to secondary hard disk drive
media. With its four full length, full height PCI slots, Anvil can
accommodate a variety of sensor input I/O (A/D, Serial FPDP, fiber
links) and storage output I/O (fibre channel, SCSI, SATA) to record
data on traditional hard disk drive arrays in the form of RAIDs or
JBODs (Just a Bunch of Disks). Data can then be accessed by
management workstation consoles for playback analysis, or server
farms for off-line processing. Alternatively, depending on the
application’s bandwidth and storage requirements, workstations and
servers can also access data directly from Anvil without relying on
any intermediary hard disk drive storage resources.

Applications:
Acquisition of real time sensor data for recording or signal
analysis.
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Intelligence and Surveillance: Radar, Signal
Intelligence, Electro Optical /Infrared, Software
Defined Radio
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Semiconductor Manufacturing and Test Equipment
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Medical Diagnostic and Test Equipment
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Energy
and Fuel exploration, Seismic Analysis, Telemetry, Real
Time Simulators and various Digital Instrumentation
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Video
and Streaming Media Editing Facilities
Snapshot Recording
Capabilities
Anvil is the
industry’s first storage subsystem capable of properly addressing
the technical challenges of “snapshot” data recording. In such
applications, valuable sensor data can burst at very high rates that
exceed the sustained write transfer capabilities of traditional
storage media such as hard disk drives, flash memory, or tape. To
effectively capture signal data utilizing one of these traditional
storage medias, sensors must often be down throttled to reduced
performance modes or data must be filtered at a higher degree of
resolution than otherwise desired due to the inherent bandwidth
limitations of the storage media.
Unlike other data
recorders that are principally based on hard disk drive (HDD),
flash, or tape technology, Anvil utilizes SDRAM memory not just for
maximum performance, but for the most consistent, predictable
performance. Providing thirty-two sockets for industry standard
SODIMM modules, Anvil can provide up to 64GB of solid state, SDRAM
memory. Each of the two memory arrays within Anvil can sustain data
transfer rates of over 500 MB/s. These independent memory nodes
also support multiple concurrent DMA operations, so data can in
effect be written into a single memory node while simultaneously
being read out of that same memory node.

Notable
Product Attributes:
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Embedded, “All-Digital” architecture for high
throughput, consistent performance absorbs the variable
behavior inherent to hard disk drives while providing a
deterministic platform for data transfers.
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Enables the use of “Hierarchal Storage” where Anvil can
support high sustained front-end throughput and i.)
large density, low cost SATA hard disk drives can
reliably be utilized for secondary storage where more
costly SCSI or fibre channel drives would otherwise be
required, and ii.) far fewer hard disk drives can be
utilized to achieve the necessary bandwidth and storage
requirements resulting in reduced cost and complexity.
-
First
effective solution for bringing general purpose, widely
utilized Linux filesystems to real time data recording.
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Flexibility of four full height, full length PCI slots
leveraging the computing industry’s most widely utilized
bus and form factor for various I/O such as A/D, Serial
FPDP, fibre channel, SATA, etc.
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Native
PowerPC and Gigabit Ethernet with optional support for
x86 processor platforms (via PrPMC site).
Anvil
Product
Overview.pdf (detailed description and specifications)

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